David Edsey

This past October, the House Select Committee on the Climate Crisis held a hearing titled “Good for Business: Private Sector Perspectives on Climate Action.” The hearing reviewed perspectives on the importance of the government’s investments in climate action and how these investments would contribute to job creation and economic growth. Those testifying included the founder of a solar energy company, the head of communications and policy for a popular outdoors clothing company, a former deputy energy secretary for the Department of Energy, and an executive from an insurance company.

While the solar company founder and the communications head spoke out against nuclear energy, the former deputy energy secretary, during testimony, was in favor of it. The insurance executive, David Edsey, also talked in support of nuclear during the committee’s Q&A session after testimony.

Europe’s first EPR, Unit 3 at Finland’s Olkiluoto nuclear power plant, was connected to the nation’s grid on March 12, Teollisuuden Voima Oyj (TVO), the facility’s owner and operator, has announced.

Olkiluoto-3 is also the first new Finnish reactor in four decades, and one of only three new reactors in Europe in the past 15 years. (Romania’s Cernavoda-2 began supplying electricity to the grid in August 2007, and Belarus’s Belarusian-1 in November 2020.)

The European Union could reduce imports of Russian natural gas by more than a third within a year through a combination of measures that would support energy security and affordability and would be consistent with the European Green Deal, according to a new report from the International Energy Agency.

“Nobody is under any illusions anymore,” said IEA executive director Fatih Birol on announcing the release of the report, A 10-Point Plan to Reduce the European Union’s Reliance on Russian Natural Gas. “Russia’s use of its natural gas resources as an economic and political weapon shows Europe needs to act quickly to be ready to face considerable uncertainty over Russian gas supplies next winter. . . . Europe needs to rapidly reduce the dominant role of Russia in its energy markets and ramp up the alternatives as quickly as possible.”

The Department of Energy's Advanced Research Projects Agency–Energy (ARPA-E) has awarded a total of $36 million for 11 projects to develop technologies that will limit the amount of waste produced from advanced reactors and will support sustainable domestic fuel stocks. The projects include research into the facilities and systems required to reprocess, recycle, and dispose of spent fuel generated through diverse advanced reactor fuel cycles.

Imagine life without refrigeration, television, clean cooking facilities, clean water, clothes washers, and electric lights. For the roughly 1 billion people around the world without access to electricity, energy poverty is a reality that drastically reduces their quality of life and economic opportunities.

At the same time, fossil fuels currently provide more than 60 percent of electricity and about 80 percent of energy worldwide, even as global carbon dioxide levels are higher than at any point in at least the past 800,000 years.

With three commercial teams under contract to produce reactor designs for nuclear thermal propulsion rockets that would use solid high-assay low-enriched uranium fuel to heat hydrogen propellant, NASA’s investment in nuclear thermal propulsion (NTP) has increased in recent years. But just as there is more than one way to fuel a terrestrial reactor, other fuels are under consideration for future NTP rocket engines.

IAEA director general Rafael Mariano Grossi traveled to Antalya, Turkey, on March 10 to meet with Ukrainian foreign minister Dmytro Kuleba and Russian foreign minister Sergei Lavrov to discuss the safety and security of Ukraine's nuclear facilities. After returning to Vienna, Grossi held a press conference at which he said that a “common denominator” had emerged from the discussions and that both sides agree that something needs to be done. “They are both ready to work and to engage with the IAEA,” he said. “So this is a very important building block.”

After offering a small shred of hope that it might be persuaded to keep its remaining power reactors in operation a bit longer to reduce its dependence on Russia for energy, Germany has opted to continue with its nuclear phaseout. The last three operating German reactors, Neckarwestheim-2, Isar-2, and Emsland, are slated for shutdown later this year.

After months of negotiations, the House passed a fiscal year 2022 omnibus spending package late Wednesday—the same day that congressional appropriators from both chambers unveiled the long-awaited measure.

Labeled H.R. 2471, the 2,741-page, $1.5 trillion package includes all 12 of the standard annual appropriations bills, providing $730 billion for nondefense programs, a $46 billion (6.7 percent) jump from FY 2021, and $782 billion for defense programs, a $42 billion (5.6 percent) boost. (The bill also includes $13.6 billion to address the ongoing crisis in Ukraine.)

The House also approved, by voice vote, a stopgap bill to extend government funding to March 15 to give the Senate time to review the omnibus bill and send it to the president’s desk for his signature. At this writing, funding for the federal government runs out tomorrow.

Today’s #ThrowbackThursday post looks back at some of Nuclear News’s reporting on the Fukushima Daiichi accident, which was initiated 11 years ago tomorrow. The news reporting includes the initial coverage of the event from the pages of Nuclear News in April 2011 and the in-depth coverage of the 2011 ANS Annual Meeting, where special sessions focused on the accident.

The Department of Energy’s Office of Environmental Management (EM) has issued EM Strategic Vision 2022-2032, a blueprint for planned nuclear-related cleanup efforts over the next decade. The document outlines environmental cleanup priorities for 2022–2032, focusing on safety, innovation, and improved performance.

According to a March 8 statement, the DOE is working to fulfill “the moral and ecological responsibility of safely dealing with contamination and delivering on environmental justice goals in communities that were vital to the development of nuclear weapons and advances in government-sponsored nuclear energy research.”

EM Strategic Vision 2022–2032, which is available here, is an update of previous iterations and was developed with feedback from regulators, tribal nations, local communities, and other partners.

Craig Piercy
cpiercy@ans.org

The mission of ANS is to advance nuclear science and technology for the benefit of humanity. It is something we pursue every day through our meetings, our online events, our publications, and our member-driven professional development programs. However, while a robust technical dialogue and professional community are certainly cornerstones of nuclear advancement, ensuring that said advancement inures to the “benefit of humanity” also requires a certain level of public acceptance, or “social license,” something our chosen technology has not consistently enjoyed over time.

The nuclear community has approached the task of strengthening public acceptance as a classic “knowledge deficit” exercise. We know from polling that people’s support for nuclear technology generally increases with their level of knowledge. Ergo, if we simply give people enough unbiased technical information, they will develop rational, fact-based opinions, and good things will happen for nuclear.

Steven P. Nesbit
president@ans.org

Have you ever been punished for something you didn’t do? It happens to most of us on occasion while growing up, especially if we have siblings. It’s not the end of the world, and it teaches a valuable lesson: Life is not fair. Nevertheless, when it happens, it really rankles you.

The “issue” of nuclear waste provides me with instant recall of those unpleasant childhood memories. Commercial nuclear power plants have been managing low-level waste and used nuclear fuel safely and efficiently since the beginning of the nuclear enterprise. Industry is adept at minimizing, packaging, transporting, and disposing of LLW. Used fuel is stored safely and securely at reactor sites, awaiting disposal.

Forty years ago, nuclear power plant operators entered into contracts with the federal government. The deal was simple. The operators would pay the U.S. government a lot of money, and the government would pick up the relatively small amount of used fuel and dispose of it in a geologic repository, beginning in 1998. The money changed hands, but the used fuel never did.

The United Kingdom’s Department of Business, Energy and Industrial Strategy (BEIS) has asked regulators—including the U.K. Office for Nuclear Regulation (ONR), the Environment Agency, and Natural Resources Wales—to begin a generic design assessment (GDA) of Rolls-Royce SMR’s 470-MWe small modular reactor design.

Statement from American Nuclear Society President Steven Nesbit and Executive Director and CEO Craig Piercy:

“There is a reported ongoing loss of grid power at the Chernobyl Exclusion Zone as a result of damaged transmission lines. This loss of power is a serious matter, but it does not pose a threat to the public.

Some 19 months after ordering a study to determine the feasibility of introducing nuclear energy into the Philippines’ power generation mix, President Rodrigo Duterte has ordered the adoption of a “national position for a nuclear energy program” to address the country’s projected phaseout of coal-fired plants. (The Philippines participated in last November’s COP26 conference, where it affirmed its commitment “to shift away from the world’s dirtiest fossil fuel.”)

Preparations are being made to enclose, or “cocoon,” the K East Reactor, the seventh of nine former reactors at the Department of Energy’s Hanford Site. The cocooning project is expected to be completed by the end of the year.

Watch this video for more on the project.

ANS is hosting an expert panel for the members-only virtual event, “High-Assay Low-Enriched Uranium: Fueling Nuclear Energy’s Future,” on Friday, March 11, from 10 to 11 a.m. (EST).

Register now for the event. Can't attend live? Register to receive a link to the recording.

Unit 3 at Pakistan’s Karachi nuclear power plant has been connected to the national grid, China National Nuclear Corporation (CNNC) announced on March 4, making it the second Hualong One reactor outside of China to have reached the last major step prior to commercial operation. (The distinction of being the first belongs to Unit 3’s twin, Karachi-2, which was connected to the grid in March 2021 and entered commercial operation in May.)

Karachi-3 had achieved criticality on February 21 after completing hot functional testing and entering the fuel loading stage last November.

The events of the past 12 days are unprecedented and nerve-wracking for the nuclear community. Never before has a nuclear power plant been in a full-scale war zone until the Russian invasion of Ukraine started on February 24. The world watched nervously as Russian troops and heavy equipment rolled through the Chernobyl site and then a week later attacked the Zaporizhzhia nuclear power plant. Russian forces are now less than 50 kilometers from the South Ukraine nuclear power plant.